PAP Titration Documentation Requirements

Core Respiratory Parameters

The American Academy of Sleep Medicine recommends tracking the respiratory disturbance index (RDI) and oxygen saturation levels during PAP titration to determine when respiratory events are adequately controlled 1, 2
The American Academy of Sleep Medicine suggests recording SpO2 continuously to ensure it remains above 90% at the selected pressure 1, 2
Distinguishing between obstructive apneas, hypopneas, RERAs, and central events is crucial during titration, as recommended by the American Academy of Sleep Medicine 1, 2

The American Academy of Sleep Medicine recommends documenting whether supine REM sleep occurred at the selected pressure, as this is critical for grading titration success 1, 2
Recording time spent in each sleep stage (NREM stages 1-3 and REM) is essential to ensure adequate sleep quality during titration, according to the American Academy of Sleep Medicine 1, 2
Documenting spontaneous arousals or awakenings that interrupt sleep, particularly during supine REM sleep, is necessary, as recommended by the American Academy of Sleep Medicine 1, 2

The American Academy of Sleep Medicine recommends documenting the initial CPAP or IPAP/EPAP settings and every pressure adjustment, including the time, reason for change, and patient's sleep stage and body position 1, 2
Noting the duration at each pressure level before adjustment (minimum 5-10 minutes between changes) is crucial, as recommended by the American Academy of Sleep Medicine 1, 2
Documenting the optimal pressure where RDI <5 per hour was achieved for at least 15 minutes is essential, according to the American Academy of Sleep Medicine 1, 2

Distinguishing between controlled leak from the mask port and unintentional leak (mouth leak or mask leak) is necessary, as recommended by the American Academy of Sleep Medicine 1, 2
Recording leak levels throughout the night and noting when leak becomes clinically significant enough to warrant mask adjustment is crucial, according to the American Academy of Sleep Medicine 1, 2
Documenting each time the mask was refitted or readjusted, the type of leak addressed, and whether a chinstrap or different mask interface was required is essential, as recommended by the American Academy of Sleep Medicine 1, 2

The American Academy of Sleep Medicine recommends recording any complaints of pressure being too high, uncomfortable, or causing difficulty breathing 1, 2
Documenting pressure-related side effects, such as nasal congestion, oronasal dryness, aerophagia, or other side effects, is necessary, according to the American Academy of Sleep Medicine 1, 3
Noting if the patient required switching between nasal mask, nasal pillows, or full-face/oronasal mask during the night is essential, as recommended by the American Academy of Sleep Medicine 3

The American Academy of Sleep Medicine provides a standardized grading system, which includes optimal titration (RDI <5 per hour for at least 15 minutes), good titration (RDI ≤10 per hour or 50% reduction), and adequate titration (RDI reduced by 75% from baseline) 1, 2

The American Academy of Sleep Medicine recommends documenting that the pressure differential remains at least 4 cm H2O throughout titration 1, 2
Noting if central apneas develop during titration, which may require switching to spontaneous-timed (ST) mode with backup rate, is crucial, according to Praxis Medical Insights 4
Documenting the down-titration protocol, including at least 30 minutes without respiratory events before decreasing IPAP by 1 cm H2O at intervals no shorter than 10 minutes, is essential, as recommended by Praxis Medical Insights 4

The American Academy of Sleep Medicine recommends avoiding insufficient REM sleep documentation, as failure to document whether supine REM sleep occurred at the selected pressure is a critical omission 1, 2
Inadequate leak characterization can lead to inappropriate pressure adjustments, according to the American Academy of Sleep Medicine 1, 2
Premature pressure increases can prevent accurate assessment of pressure efficacy, as recommended by the American Academy of Sleep Medicine 1, 2
Missing body position data makes it impossible to determine if events are position-dependent, according to the American Academy of Sleep Medicine 5, 6